Ferrosilicon silicon nitride: A multifunctional alloy for nitride strengthening and metallurgical nitrogen fixation

Core Definition of Ferrosilicon Nitride Ferrosilicon nitride is a ternary composite alloy formed by silicon (Si), nitrogen (N), and iron (Fe). Silicon and nitrogen are the core functional elements, while iron is the matrix component. Typical silicon content is 55%–75%, nitrogen content is 8%–14%, and iron content is 8%–20%. It is a highly efficient composite nitrogen fixative, grain refiner, and strengthening agent in the metallurgical industry

2024-12-19

Ferrosilicon silicon nitride: A multifunctional alloy for nitride strengthening and metallurgical nitrogen fixation

2024-10

Silicon-Barium-Iron: A High-Efficiency Ternary Alloy for Metallurgical Purification and Inclusion Modification

Core Definition of Silicon-Barium-Iron Silicon-barium-iron is a ternary composite alloy formed by silicon (Si), barium (Ba), and iron (Fe), with silicon and barium as the core functional elements and iron as the matrix component. Typical silicon content is 45%–75%, barium content is 2%–12%, and iron content is 10%–25%. It is a high-performance composite deoxidizer, desulfurizer, and inclusion modifier in the metallurgical industry.

2024-10-14

Silicon-Barium-Iron: A High-Efficiency Ternary Alloy for Metallurgical Purification and Inclusion Modification

2024-03

Ferrosilicon: The core of deoxidation in the steel industry and a multifunctional alloy in the new energy field

Core Definition of Ferrosilicon Ferrosilicon is a binary alloy formed by iron and silicon, with silicon (Si) as the main alloying element and iron as the matrix. The silicon content typically ranges from 15% to 90%, making it one of the most widely used and consumed ferroalloys in the metallurgical industry. Its core functions lie in deoxidation and purification, and performance enhancement in steelmaking. Simultaneously, due to its unique physicochemical properties

2024-03-06

Ferrosilicon: The core of deoxidation in the steel industry and a multifunctional alloy in the new energy field

2024-01

Ferrovanadium: The Strengthening Agent of the Steel Industry and a Strategic Material for the New Energy Era

Ferrovanadium is an alloy system formed by vanadium and iron, with vanadium (V) as the main alloying element and iron as the matrix. It typically contains 35% to 85% vanadium and is one of the most important vanadium alloy products in the metallurgical industry. As a functional alloying additive, its core value lies in achieving a leapfrog improvement in key properties such as strength, toughness, and wear resistance by precisely controlling the microstructure of steel materials. It also exhibits unique chemical advantages in the field of new energy storage.

2024-01-17